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Origin Pilot (Origin Quantum Computing Technology Co.)Profile date: 2026-09-01 Origin Pilot: Quantum Computer Operating System & Software Platform
1. Executive Overview
Origin Pilot is the flagship quantum computer operating system developed by Origin Quantum Computing Technology Co., Ltd. (Origin Quantum, hosted at originqc.com). First introduced in 2021, Origin Pilot represents China's first indigenous quantum operating system, engineered to serve as the core scheduling hub, resource manager, and execution bridge between quantum hardware, classical high-performance computing (HPC) clusters, and end-user quantum applications.
In modern quantum-classical hybrid architectures, physical quantum processing units (QPUs) cannot function in isolation; they require low-level pulse sequencing, continuous calibration, real-time error mitigation, and seamless coordination with classical CPUs and GPUs. Origin Pilot operates as the central control plane that abstracts complex quantum physics hardware into standardized software interfaces, enabling multi-tenant scheduling, batch execution, and quantum-classical collaborative computing across diverse hardware backends.
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2. Core Operational Role & System Architecture
Origin Pilot sits at the foundational software layer of the Origin Quantum ecosystem. Its primary function is to transform raw quantum computational resources into reliable, programmable, and cloud-accessible computing capacity.
Structural Layers:
- Downstream Hardware Abstraction: Provides a unified hardware interface layer connecting to various physical quantum computing paradigms. While optimized primarily for superconducting quantum chips (such as the Origin Wukong series), it also interfaces with semiconductor spin qubits, trapped ions, neutral atoms, and photonic quantum backends.
- Kernel & Resource Engine: Handles quantum state tracking, resource quota enforcement, calibration management, system-level noise mitigation matrices, and multi-user queue orchestration.
- Compilation & Execution Layer: Translates abstract quantum algorithms and intermediate representations (such as QPanda and QASM) into physical gate sequences, control waveforms, and executable pulse schedules.
- Upstream Service & Interface Layer: Connects upstream to the Origin Quantum Cloud Platform, third-party software development kits (SDKs), scientific software suites, and enterprise supercomputing management frameworks.
3. Key Features & Core Capabilities
Origin Pilot incorporates several specialized architectural subsystems designed to maximize qubit utilization and runtime fidelity:
A. Unified Multi-Backend Access & Communications
- Connects heterogeneous physical backends and classical simulators under a standardized API.
- Establishes low-latency communication channels between classical processing nodes and quantum control electronics.
- Manages simultaneous task dispatching across local bare-metal quantum systems and cloud-hosted QPUs.
B. Multi-User Collaborative Scheduling & Priority Orchestration
- Implements multi-tenant job queuing, isolating tenant data and preventing resource conflicts.
- Offers intelligent priority management based on qubit quality, gate fidelity metrics, and task urgency.
- Dynamically orchestrates quantum-supercomputing workloads, assigning classical pre-/post-processing to CPU/GPU nodes while directing quantum circuits to the QPU.
C. Full-Lifecycle Hybrid Task Management
- Provides end-to-end task lifecycle control: submission parsing, validation, dependency resolution, queue insertion, hardware execution, automated retries, and result retrieval.
- Executes real-time system calls and command-line management for quantum hardware engineers and system administrators.
D. Heterogeneous Compilation & Parallel Acceleration
- Performs multi-level circuit optimization, mapping logical quantum gates to native physical qubit topologies to minimize circuit depth.
- Supports distributed multi-node parallel compilation to accelerate high-volume batch processing.
- Optimizes quantum-classical loop performance for Variational Quantum Algorithms (VQAs) and Quantum Approximate Optimization Algorithms (QAOA).
E. Real-Time Resource Monitoring, Diagnostics & Calibration
- Tracks qubit coherence times ($T_1$, $T_2$), single-qubit and two-qubit gate fidelities, readout errors, and cross-talk parameters.
- Integrates automated calibration triggers, re-baselining pulse parameters when hardware drift exceeds acceptable thresholds.
- Provides real-time telemetry, alert notifications, and resource quota tracking across physical and virtual partitions.
F. System-Level Noise Correction & Mitigation
- Generates and continuously updates empirical noise correction matrices for operational QPUs.
- Employs measurement error mitigation (MEM), zero-noise extrapolation (ZNE), and randomized compiling routines to improve raw sampling fidelity without necessitating full fault-tolerant quantum error correction (QEC).
4. Product Editions & Delivery Models
Origin Pilot is distributed in targeted packaging to accommodate academic researchers, software developers, and industrial data centers:
| Edition | Target Audience | Key Capabilities & Deployment |
| :--- | :--- | :--- |
| Origin Pilot Community Edition | Researchers, students, and independent quantum software developers | Cloud-accessible runtime, basic circuit optimization, access to quantum simulators and public QPU queues, local experimentation SDKs. |
| Origin Pilot Enterprise Edition | High-performance computing centers, national laboratories, enterprise IT | On-premises bare-metal installation, enterprise multi-tenancy, custom hardware driver integration, high-throughput batch scheduling, direct connection to Origin Tianji quantum control systems. |
| Origin Quantum Cloud Integration | Commercial end-users, industry partners | Fully managed web and API access, graphical circuit composer integration, scheduled dedicated runtime on production QPUs (e.g., Origin Wukong series). |
5. Hardware Integration & Supported Ecosystem
Origin Pilot functions as the core operating system across Origin Quantum's comprehensive hardware portfolio:
- Superconducting Quantum Computers: Deployed natively on machines such as the Wukong series (including Origin Wukong 180), managing chip control, readout multiplexing, and cryostat sensor monitoring.
- Control Systems: Directly interfaces with the proprietary "Origin Tianji" Quantum Control System, orchestrating microwave pulse generation, arbitrary waveform generators (AWGs), and digital signal processing (DSP) hardware.
- Supercomputing & HPC Integration: Integrates into national and regional supercomputing centers to provide a unified scheduling backend where HPC clusters offload specific matrix, optimization, and simulation subroutines to quantum accelerators.
6. Industry Solutions & Vertical Applications Powered by Origin Pilot
Origin Pilot provides the execution engine for industry-specific quantum software libraries:
- Quantum Computational Chemistry & Materials Science: Executes algorithms for molecular electronic structure simulation, potential energy surface mapping, and chemical reaction pathway modeling for digital drug discovery and battery materials.
- Quantum Financial Systems (QFS): Powers hybrid algorithms designed for portfolio optimization, high-dimensional derivative pricing, credit risk assessment, and financial anomaly detection via quantum Monte Carlo acceleration.
- Quantum Computational Fluid Dynamics (QCFD): Solves large-scale linear systems of equations using quantum-accelerated linear solvers (e.g., HHL and variational formulations) for aerospace and automotive simulation.
- Smart Grid & Energy Optimization: Accelerates power grid load forecasting, real-time power flow calculation, and grid fault diagnosis to enhance energy network stability.
- Quantum Artificial Intelligence & Machine Learning: Supports Quantum Neural Networks (QNNs), Quantum Support Vector Machines (QSVMs), and quantum kernel methods for high-dimensional classification and optimization.
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